Embedded systems - Level 1

Pathway: Education

I'm a student and i need a course in embedded system based on Arduino to help me achieving my capstone project.

#Arduino#c++#Sensors#motors#actuators#Microcontroller_interfacing#Communication_protocols#Embedded_Systems#Digital_& Analog Signals#Arduino_Programming#Motor_Control#Keypads#Wireless_Communication#PWM#Wi-Fi#nRF#Display_Interfaces#Interrupts#Arduino_Programming#Arduino_IDE

1. Define and explain the fundamentals of embedded systems and microcontroller interfacing using the Arduino platform.

Learning Targets:

1. Identify and describe the key components of an embedded system architecture including microcontrollers, sensors, motors, and actuators.

2. Analyze and differentiate between digital and analog signals with specific reference to Arduino-based applications.

3. Demonstrate the integration of microcontroller interfacing by configuring and wiring Arduino hardware components.

4. Explain the role of communication protocols in embedded systems and their implementation in Arduino.

Modules

1. Foundations of Embedded Systems

1. 1. Introduction to Embedded Systems

Learning Outcomes:

1. Define what constitutes an embedded system in the context of Arduino applications.

2. Identify the core components of an embedded system including microcontrollers, sensors, motors, and actuators.

3. Describe the basic architecture and operational principles of embedded systems.

4. Explain the relevance of embedded systems in modern technology and real-world applications.

1. 2. Components and Architecture of Embedded Systems

Learning Outcomes:

1. List and describe the key hardware components of an embedded system.

2. Differentiate between digital and analog signals with clear examples from Arduino-based applications.

3. Illustrate the typical architecture of embedded systems using schematic diagrams.

4. Analyze the role of each component in achieving desired system performance.

1. 3. Digital vs. Analog Signals in Practice

Learning Outcomes:

1. Demonstrate how to measure digital and analog signals using Arduino tools.

2. Compare digital and analog signal properties with examples.

Embedded systems - Level 1

Pathway: Education

I'm a student and i need a course in embedded system based on Arduino to help me achieving my capstone project.

Embedded systems - Level 1

Pathway: Education

1. Define and explain the fundamentals of embedded systems and microcontroller interfacing using the Arduino platform.

Learning Targets:

Modules

1. Foundations of Embedded Systems

1. 1. Introduction to Embedded Systems

Learning Outcomes:

1. 2. Components and Architecture of Embedded Systems

Learning Outcomes:

1. 3. Digital vs. Analog Signals in Practice

Learning Outcomes:

Embedded systems - Level 1

Pathway: Education

1. Define and explain the fundamentals of embedded systems and microcontroller interfacing using the Arduino platform.

Learning Targets:

Modules

1. Foundations of Embedded Systems

1. 1. Introduction to Embedded Systems

Learning Outcomes:

1. 2. Components and Architecture of Embedded Systems

Learning Outcomes:

1. 3. Digital vs. Analog Signals in Practice

Learning Outcomes:

1. 4. Advanced Embedded Design and Simulation

Learning Outcomes:

2. Microcontroller Interfacing Essentials

2. 1. Overview of Microcontroller Interfacing

Learning Outcomes:

2. 2. Arduino Hardware Components and Configuration

Learning Outcomes:

2. 3. Practical Arduino Interfacing Workshop

Learning Outcomes:

2. 4. Advanced Interfacing Protocols and Signal Integrity

Learning Outcomes:

2. Develop proficiency in Arduino programming for embedded systems applications.

Learning Targets:

Modules

1. Arduino Programming Fundamentals

1. 1. Getting Started with Arduino IDE and C++ Basics

Learning Outcomes:

1. 2. Control Structures and Basic Algorithms

Learning Outcomes:

1. 3. Developing and Executing Basic Arduino Sketches

Learning Outcomes:

1. 4. Advanced C++ Concepts for Arduino

Learning Outcomes:

1. 5. Arduino Debugging and Profiling Tools

Learning Outcomes:

2. Advanced Arduino Programming Techniques

2. 1. Optimizing Arduino Code and Debugging Strategies

Learning Outcomes:

2. 2. Leveraging Libraries and Advanced Functions

Learning Outcomes:

2. 3. Version Control and Documentation Practices for Arduino Projects

Learning Outcomes:

2. 4. Memory Optimization and Interrupt Management

Learning Outcomes:

3. Integrate and interface various sensors and display interfaces with Arduino.

Learning Targets:

Modules

1. Sensor Integration and Calibration

1. 1. Principles of Sensor Technologies

Learning Outcomes:

1. 2. Signal Conditioning and Filtering Techniques

Learning Outcomes:

1. 3. Hands-on Sensor Interfacing with Arduino

Learning Outcomes:

1. 4. Advanced Sensor Fusion and Data Analysis

Learning Outcomes:

2. Display Interface Integration

2. 1. Overview of Display Technologies and Protocols

Learning Outcomes:

2. 2. Programming LCD and LED Displays

Learning Outcomes:

2. 3. Troubleshooting and Enhancing Display Modules

Learning Outcomes:

2. 4. Advanced Display Interaction and User Interface Design

Learning Outcomes:

4. Design, implement, and control motor and actuator systems using Arduino.